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TA2100 Wideband Power Calibrator

TA2100 Is a wide range, high precision, high stability wideband power calibrator, the instrument can output DC voltage, current and power, and has a dual voltage output mode, suitable for calibration power analyzer, AC / DC power meter, voltmeter, ammeter and other electrical measuring instruments.
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  • TA2100

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TA2100 Wideband Power Calibrator

TA2100 Wideband Power Calibrator

1. Summary

    TA2100 is a wide range, high precision, high stability wideband power calibrator, the instrument can output DC voltage, current and power, and has a dual voltage output mode, suitable for calibration power analyzer, AC / DC power meter, voltmeter, ammeter and other electrical measuring instruments.


2. Product features

Standard Source of AC / DC Voltage: 0.3 V ~ 1020 V

Standard Source of AC / DC Current: 0.5 mA ~ 20.5 A

Standard Source of Auxiliary Voltage: 2.5 mV ~ 5.5 V

Sine Wave Frequency: 5 Hz ~ 100 kHz

Power Accuracy: Class 0.05

Phase-Shifted Output

Wideband Power Output

A variety of quantity and value output mode

Cross-guide amplifier (optional)


3. Main applications

Calibration power analyzer (medium to low precision)

TA2100 Wideband Power Calibrator Calibration power analyzer (medium to high precision)2

The accuracy is Class 0.05, using the standard source method to calibrate the medium and low precision (Class 0.2 and below) power analyzer.

The direct output of the maximum 20.5A, can output an current of 50A or 100A.


Calibration power analyzer (medium to high precision)

TA2100 Wideband Power Calibrator Calibration power analyzer (medium to high precision)

TA2100 matches TA3100 wide frequency power measurement standard with accuracy of 0.015%.

Use the standard meter method to calibrate the power analyzer with medium and high precision (Class0.05 and below).


4. Main technical specifications

4.1 AC / DC Voltage Output

Range

Resolving Power

Voltage Output Range

Output Frequency Range

Maximum Load Current

3 V

10 μV

0.30000 V ~ 3.30000 V

DC, 5 Hz ~ 100 kHz

50 mA

10 V

100 μV

1.0000 V ~ 11.0000 V

DC, 5 Hz ~ 100 kHz

50 mA

30 V

100 μV

3.0000 V ~ 33.0000 V

DC, 5 Hz ~ 100 kHz

50 mA

100 V

1 mV

10.000 V ~ 110.000 V

DC, 45 Hz ~ 100 kHz

50 mA

300 V

1 mV

30.000 V ~ 330.000 V

DC, 45 Hz ~ 100 kHz

50 mA

600 V

1 mV

60.000 V ~ 660.000 V

DC, 45 Hz ~ 100 kHz

20 mA

1000 V

10 mV

100.00 V ~ 1020.00 V

DC, 45 Hz ~ 10 kHz

20 mA


Range


Measurement Uncertainty at different frequencies (Hz) (k=2) @ (23°C ± 5°C), (ppm * reading + ppm * range)

DC

5~45

45~1k

1k~10k

10k~20k

20k~50k

50k~100k

3 V

120+80

300+200

120+80

300+200

500+300

600+400

1000+500

10 V

120+80

300+200

120+80

300+200

500+300

600+400

1000+500

30 V

120+80

300+200

120+80

300+200

500+300

600+400

1000+500

100 V

120+80

120+80

300+200

500+300

600+400

1000+500

300 V

120+80

120+80

300+200

500+300

600+400

1000+500

600 V

120+80

120+80

300+200

500+300

600+400

1000+500

1000 V

120+80

120+80

300+200

Range switching: manual or automatic shift

Protection function: short-circuit protection, overload protection, overheat protection


4.2 AC / DC Current Output

Range

Resolving Power

Current Output Range

Output Frequency Range

Maximum Load Voltage

5 mA

10 nA

0.50000 mA ~ 5.50000 mA

DC, 5 Hz ~ 100 kHz

7 V

10 mA

100 nA

1.0000 mA ~ 11.0000 mA

DC, 5 Hz ~ 100 kHz

7 V

25 mA

100 nA

2.5000 mA ~ 27.5000 mA

DC, 5 Hz ~ 100 kHz

7 V

50 mA

100 nA

5.0000 mA ~ 55.0000 mA

DC, 5 Hz ~ 100 kHz

7 V

100 mA

1 μA

10.000 mA ~ 110.000 mA

DC, 5 Hz ~ 100 kHz

7 V

200 mA

1 μA

20.000 mA ~ 220.000 mA

DC, 5 Hz ~ 100 kHz

6 V

500 mA

1 μA

50.000 mA ~ 550.000 mA

DC, 5 Hz ~ 100 kHz

6 V

1 A

10 μA

0.10000 A ~ 1.10000 A

DC, 5 Hz ~ 100 kHz

6 V

2.5 A

10 μA

0.25000 A ~ 2.75000 A

DC, 5 Hz ~ 100 kHz

6 V

5 A

10 μA

0.50000 A ~ 11.0000 A

DC, 5 Hz ~ 100 kHz

6 V

10 A

100 μA

1.0000 A ~ 11.0000 A

DC, 5 Hz ~ 100 kHz

6 V

20 A

100 μA

2.0000 A ~ 20.5000 A

DC, 5 Hz ~ 100 kHz

6 V


Range


Measurement Uncertainty at different frequencies (Hz) (k=2) @ (23°C ± 5°C), (ppm * reading + ppm * range)

DC

5~45

45~1k

1k~10k

10k~20k

20k~50k

50k~100k

5 mA

120+80

300+200

120+80

300+200

600+400

1000+500

2k + 1k

10 mA

120+80

300+200

120+80

300+200

600+400

1000+500

2k + 1k

25 mA

120+80

300+200

120+80

300+200

600+400

1000+500

2k + 1k

50 mA

120+80

300+200

120+80

300+200

600+400

1000+500

2k + 1k

100 mA

120+80

300+200

120+80

300+200

600+400

1000+500

2k + 1k

200 mA

120+80

300+200

120+80

300+200

600+400

1000+500

2k + 1k

500 mA

120+80

300+200

120+80

300+200

600+400

1000+500

2k + 1k

1 A

120+80

300+200

120+80

300+200

600+400

1000+500

2k + 1k

2.5 A

120+80

300+200

120+80

300+200

600+400

1000+500

2k + 1k

5 A

120+80

300+200

120+80

300+200

600+400

1000+500

2k + 1k

10 A

120+80

300+200

120+80

300+200

600+400

1000+500

2k + 1k

20 A

120+80

300+200

120+80

300+200

600+400

1000+500

2k + 1k

Range switch: manual or automatic shift; open circuit protection, overload protection, overheating protection


4.3 Auxiliary Voltage Output

range

resolving power

Voltage output range

Output frequency range

Maximum load current

25 mV

100 nV

2.5000 mV ~ 27.5000 mV

DC, 5 Hz ~ 100 kHz

10 mA

50 mV

100 nV

5.0000 mV ~ 55.0000 mV

DC, 5 Hz ~ 100 kHz

10 mA

100 mV

1 μV

10.000 mV ~ 110.000 mV

DC, 5 Hz ~ 100 kHz

10 mA

250 mV

1 μV

25.000 mV ~ 275.000 mV

DC, 5 Hz ~ 100 kHz

10 mA

500 mV

1 μV

50.000 mV ~ 550.000 mV

DC, 5 Hz ~ 100 kHz

10 mA

1 V

10 μV

0.10000 V ~ 1.10000 V

DC, 5 Hz ~ 100 kHz

10 mA

2.5 V

10 μV

0.25000 V ~ 2.75000 V

DC, 5 Hz ~ 100 kHz

10 mA

5 V

10 μV

0.50000 V ~ 5.50000 V

DC, 5 Hz ~ 100 kHz

10 mA


Range


Measurement Uncertainty at different frequencies (Hz) (k=2) @ (23°C ± 5°C), (ppm * reading + ppm * range)

DC

5~45

45~1k

1k~10k

10k~20k

20k~50k

50k~100k

25 mV

150+200

350+250

150+200

350+250

600+400

1000+500

1200+800

50 mV

150+200

350+250

150+200

350+250

600+400

1000+500

1200+800

100 mV

150+200

350+250

150+200

350+250

600+400

1000+500

1200+800

250 mV

150+200

350+250

150+200

350+250

600+400

1000+500

1200+800

500 mV

120+80

300+200

120+80

300+200

500+300

600+400

1000+500

1 V

120+80

300+200

120+80

300+200

500+300

600+400

1000+500

2.5 V

120+80

300+200

120+80

300+200

500+300

600+400

1000+500

5 V

120+80

300+200

120+80

300+200

500+300

600+400

1000+500

Range switching: manual or automatic shift

Wiring mode: BNC plug

Protection function: short-circuit protection, overload protection, overheat protection

Note: This output is especially suitable for the sensor small signal input of the power analyzer


4.4 Frequency

Adjustable Range

Resolving Power

Annual Measurement Uncertainty (k=2) @ (23°C ± 5°C)

5.000 0 Hz ≤ F ≤ 99.999 9 Hz

0.000 1 Hz

0.01%

100.000 Hz ≤ F ≤ 999.999 Hz

0.001 Hz

0.01%

1.000 00 kHz ≤ F ≤ 9.999 99 kHz

0.01 Hz

0.01%

10.000 0 kHz ≤ F ≤ 99.999 9 kHz

0.1 Hz

0.01%

100.000 kHz

1 Hz

0.01%


4.5 Phase

Phase Position[1][2]

Annual Measurement Uncertainty (k=2) @ (23°C ± 5°C)

5~45Hz

45~1kHz

1k~10kHz

10k~20kHz

20k~50kHz

50k~100kHz

φU -I

0.05°

0.02°

0.05°

0.1°

0.2°

0.5°

φU -AUX

0.05°

0.02°

0.05°

0.1°

0.2°

0.5°

Note [1]: Adjustment range: 0.000°~ 359.999°

Note [2]: Resolution: 0.001°

Phase Position

(φ )


Power Factor

(λ )


The Active Power Uncertainty Component caused by thePhase Uncertainty[3]

5~45Hz

45~1kHz

1k~10kHz

10k~20kHz

20k~50kHz

50k~100kHz

1.00000

0.000%

0.000%

0.000%

0.000%

0.001%

0.004%

10°

0.98481

0.015%

0.006%

0.015%

0.031%

0.062%

0.158%

20°

0.93969

0.032%

0.013%

0.032%

0.064%

0.128%

0.321%

30°

0.86603

0.050%

0.020%

0.050%

0.101%

0.202%

0.508%

40°

0.76604

0.073%

0.029%

0.073%

0.147%

0.294%

0.736%

50°

0.64279

0.104%

0.042%

0.104%

0.208%

0.417%

1.044%

60°

0.50000

0.151%

0.060%

0.151%

0.302%

0.605%

1.515%

70°

0.34202

0.240%

0.096%

0.240%

0.480%

0.960%

2.401%

80°

0.17365

0.495%

0.198%

0.495%

0.990%

1.980%

4.953%

90°

0.00000

Note [3]: Calculation formula

Calculation formula


4.6 AC / DC Power Output

Quantity Range Combination


Measurement Uncertainty at different frequencies (Hz) (k=2) @ (23°C ± 5°C), (% * power output)[1]

DC

5~45

45~1k

1k~10k

10k~20k

20k~50k

50k~100k

Voltage and Current Output (U & I) @ (λ =1)

(3 V … 30 V) &

(5 mA … 20 A)

0.03

0.07

0.03

0.07

0.13

0.18

0.34

(100 V … 600 V) &

(5 mA … 20 A)

0.03

0.03

0.07

0.13

0.18

0.34

1000 V &

(5 mA … 20 A)

0.03

0.03

0.07

Dual Voltage Output (U & AUX) @ (λ =1)

(3 V … 30 V) &

(25 mV … 250 mV)

0.04

0.08

0.04

0.08

0.13

0.18

0.25

(3 V … 30 V) &

(500 mV … 5 V)

0.03

0.07

0.03

0.07

0.13

0.18

0.25

(100 V … 600 V) &

(25 mV … 250 mV)

0.04

0.04

0.08

0.13

0.18

0.25

(100 V … 600 V) &

(500 mV … 5 V)

0.03

0.03

0.07

0.13

0.18

0.25

1000 V &

(25 mV … 250 mV)

0.04

0.04

0.08

1000 V &

(500 mV … 5 V)

0.03

0.03

0.07

Note [1]: AC / DC power output range (virtual load): 0.15 mW ~ 20.91 kW

Note [2]: Power factor adjustment range: -1 ~ 0 ~ + 1, resolution: 0.000 01

Note [3]: Power uncertainty calculation formula under other power factors: voltage and current output mode, dual voltage output mode, which: the voltage measurement uncertainty, the current measurement uncertainty, the auxiliary voltage measurement uncertainty, and the measurement uncertainty caused by the power factor.


5. General Technical Specifications

Power Supply Voltage

AC (220±22) V ,(50±2) Hz

Preheating Time

2 times from the last preheating time, up to 30 minutes.

Temperature Performance

Operating temperature: 0°C~40°C

Calibration temperature: 18°C~28°C

Storage temperature: -20°C~70°C

Humidity Performance

Working Humidity: <80% @ 30°C, <70% @ 40°C

Storage humidity: (20%~80%) R·H, no condensation

Above Sea Class

<3000 m

Communication Interface

RS232×1、USB×1、LAN×1



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